Koch Chemie Micro Cut M3.02 polishing compound
Koch Chemie Micro Cut M3.02 polishing compound
Koch Chemie Micro Cut M3.02 polishing compound
  • -15%
Koch Chemie Micro Cut M3.02 polishing compound
Koch Chemie Micro Cut M3.02 polishing compound
Koch Chemie Micro Cut M3.02 polishing compound

Koch Chemie Micro Cut M3.02 polishing compound

Delivery up to 3 working days
€16.06 €18.90 -15%
Tax included
Time left

Size

 

Koch Chemie M3.02 Micro Cut Anti-Hologram Finishing Polish Compound

Micro Cut M3.02 is the latest generation machine micro-polish for the permanent removal of streaks, holograms, fine scratches and sanding marks to P3000 grain size on all paint systems (including scratch-resistant).

Through the use of highly specialised, extremely homogenous abrasive bodies, a brilliant permanent high gloss finish is created under extreme light conditions even on dark and similarly sensitive shades.

Holograms and fine scratches are eliminated mechanically and not, which is often the case, covered over.

Micro Cut M3.02 is extremely economical, easy to polish and removable without leaving traces.

Cut: 3,2

Gloss: 9,0

Usage: 

For optimum results we recommend using our Micro Cut Pad and an orbital polisher with forced rotation (eg Makita PO5000C, highest speed). Alternatively a rotary polisher can be used in combination with our Micro Cut Pad. Before use, moisten dried or new pads completely with polish. With the machine switched off, apply the polish evenly over the surface to be treated and then polish crosswise with medium pressure until a transparent film appears, ie, until the aluminium oxide in the polish has completely broken down. Do not use pads used with this product for other products. For non-scratch and groove-free removal of polish residues we recommend our non-chainstitched Profi microfibre cloth that has been ultrasonically cut.

Cutting Type
Fine
KC_403250

You might also like

Customers who bought this product also bought:

This site uses cookies. By continuing to browse this site you are agreeing to our use of cookies.